Here’s how NVIDIA leveraged an API-led approach to build system APIs for backend applications and stitch data together using a process API that leverages MuleSoft’s Message Processors.

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API-led connectivity is a methodical way to connect data to applications through reusable and purposeful APIs. These APIs are developed to play a specific role – unlocking data from systems, composing data into processes, or delivering an experience.

When the entire organization adopts what is known as API-led connectivity, everyone in the business is empowered to access their best capabilities in delivering applications and projects through discovery,

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Integration is not an easy business. After all, as Ross Mason has often said, MuleSoft was founded to escape the drudgery, or “donkey work,” of data integration. Integrating systems like mainframes, databases, or big data stores is hard enough, but where things really become interesting is when you have to integrate those systems with cloud applications, mobile applications, social networks, connected devices, and so forth.

The reality of modern business is that customers,

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Even as SaaS adoption explodes and business processes move to the cloud, organizations still have crucial data locked in on-premises and legacy systems, and they aren’t going anywhere.

More and more companies are seeking new integration strategies to deal with these hybrid environments, and struggling with how and where to integrate them. This Thursday, join MuleSoft’s Chris Purpura, VP of Cloud Integration and Dan Diephouse,

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Applications, systems, and services used by businesses have evolved over the years, complicating the enterprise ecosystem. With the growing need to connect heterogeneous endpoints in various locations, businesses end up with a divided ecosystem – with systems on-premises needing to communicate with applications in the cloud.

Enabling seamless connectivity between systems and services across the enterprise requires a Hybrid Integration Platform (HIP). An HIP leverages both an Enterprise Service Bus (ESB) and cloud-based integration technology,

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The recent growth of SaaS applications, systems, and services in the market has greatly impacted how we approach enterprise architecture. Data now resides beyond the enterprise firewall and needs to be controlled and managed – a problem made increasingly difficult by the growing popularity of bring your own device (BYOD) policies.

Hybrid integration bridges the network divide between existing enterprise databases, warehouses, applications, legacy systems and SaaS,

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